Alloy Wire for Magnetostrictive Sensors

Alloy Wire for Magnetostrictive Sensors

Waveguide Wire

Waveguide Wire used for transducer

Waveguide Wire used for Sensor

Performance:

Magnetostrictive waveguide wire for level gauge level sensor and displacement sensor.

Magnetostriction is a property of ferromagnetic materials such as iron, nickel, and cobalt.

When placed in a magnetic field, these materials change size and/or shape.

An important characteristic of a wire made of a magnetostrictive material is the Wiedemann effect. When an axial magnetic field is applied to a magnetostrictive wire, and a current is passed through the wire, a twisting occurs at the location of the axial magnetic field. The twisting is caused by interaction of the axial magnetic field, usually from a permanent magnet, with the magnetic field along the magnetostrictive wire, which is present due to the current in the wire. The current is applied as a short-duration pulse, -1 or 2 us; the minimum current density is along the centerof the wire and the maximum at the wire surface. This is due to the skin effect.

The magnetic field intensity is also greatest at the wire surface. This aids in developing the waveguide twist. Since the current is applied as a pulse, the mechanical twisting travels in the wire as an ultrasonic wave. The magnetostrictive wire is therefore called the waveguide. The wave travels at the speed of sound in the waveguide material, ~ 3O00 m/s.

Magnetostriction coefficient: 28PPM

Density: 8.1g/cm3

Tensile strength: Above 930MPa

Working temperature: -40~85℃

Application:

Magnetostrictive level gauge

Magnetostrictive level sensor

Magnetostrictive position sensor

Magnetostrictive displacement sensor

Magnetostrictive linear displacement transducer

Magnetostrictive transducer

Other sensors where magnetostrictive wire needed

Size of wire in stock: 0.15mm, 0.35mm, 0.50mm, 0.75mm, 1.00mm